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Addressed review comments
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‎dspic33e-i2c-eeprom/.main-meta/main.json‎

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@@ -10,7 +10,7 @@
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"shortDescription":"I2C Serial EEPROM Interface",
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"ide":{
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"name":"MPLABX",
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"semverRange":">=5.50.0"
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"semverRange":">=6.00"
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},
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"compiler":{
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"name":"XC16",

‎dspic33e-i2c-eeprom/README.md‎

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@@ -10,41 +10,41 @@ then read back using I2C peripheral.
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I2C EEPROM driver module takes two inputs viz., Command and Data Object
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Driver supports two commands viz., Read and Write
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// EEPROM DRIVER Module
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typedef struct {
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unsigned int cmd; // Command Input
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I2CEMEM_DATA *oData; // I2C Serial EEPROM Data Object
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void (*init)(void *);
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void (*tick)(void *);
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}I2CEMEM_DRV;
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// EEPROM DRIVER Module<br/>
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typedef struct { <br/>
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unsigned int cmd; // Command Input<br/>
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I2CEMEM_DATA *oData; // I2C Serial EEPROM Data Object<br/>
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void (*init)(void *); <br/>
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void (*tick)(void *); <br/>
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}I2CEMEM_DRV; <br/>
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I2C Serial EEPROM data object contains EEPROM address location, data buffer, size
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of the data buffer and chip select bits for device addressing
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// Data Object
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typedef struct {
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unsigned int *buff; // Data Buffer
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unsigned int n; // Size of the Data Buffer
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unsigned int addr; // EEPROM Address
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unsigned int csel; // Chip Select bits (A2,A1,A0 bits)
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}I2CEMEM_DATA;
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of the data buffer and chip select bits for device addressing<br/>
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// Data Object<br/>
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typedef struct { <br/>
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unsigned int *buff; // Data Buffer <br/>
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unsigned int n; // Size of the Data Buffer<br/>
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unsigned int addr; // EEPROM Address<br/>
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unsigned int csel; // Chip Select bits (A2,A1,A0 bits)<br/>
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}I2CEMEM_DATA; <br/>
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* I2C Serial EEPROM read/write operation begins with transmitting control byte first.
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*I2C Serial EEPROM read/write operation begins with transmitting control byte first.
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This control byte contains 8bits as shown below
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------------------------------------
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| 1 | 0 | 1 | 0 | A2 | A1 | A0 | R/W |
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------------------------------------
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| 1 | 0 | 1 | 0 | A2 | A1 | A0 | R/W |
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1010 is the code used for I2C Serial EEPROM peripheral and A2,A1,A0 is used for chip select (csel).
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* After the control byte, address of serial EEPROM is sent for read/write operation
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*After the control byte, address of serial EEPROM is sent for read/write operation
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Small memory I2C EEPROM will use 1byte address and large memory I2C EEPROM will need 2byte addressing.
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User must select either 1byte memory address or 2byte memory address using
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i2cEmem.h file.
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// EEPROM ADDRESS SIZE
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#define ADDRWIDTH TWO_BYTE
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// EEPROM ADDRESS SIZE<br/>
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#define ADDRWIDTH TWO_BYTE <br/>
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## Hardware Used
@@ -55,6 +55,6 @@ i2cEmem.h file.
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## Software Used
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- MPLAB® X IDE v5.50 or newer (https://www.microchip.com/mplabx)
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- MPLAB® XC16 v1.70 or newer (https://www.microchip.com/xc)
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- MPLAB® X IDE v6.00 or newer (https://www.microchip.com/mplabx)
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- MPLAB® XC16 v2.00 or newer (https://www.microchip.com/xc)
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‎dspic33e-i2c-slave/.main-meta/main.json‎

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"shortDescription":"Using I2C module as Slave device",
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"ide":{
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"name":"MPLABX",
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"semverRange":">=5.50.0"
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"semverRange":">=6.00"
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},
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"compiler":{
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"name":"XC16",

‎dspic33e-i2c-slave/README.md‎

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@@ -18,6 +18,6 @@ device.
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## Software Used
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- MPLAB® X IDE v5.50 or newer (https://www.microchip.com/mplabx)
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- MPLAB® XC16 v1.70 or newer (https://www.microchip.com/xc)
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- MPLAB® X IDE v6.00 or newer (https://www.microchip.com/mplabx)
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- MPLAB® XC16 v2.00 or newer (https://www.microchip.com/xc)
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‎dspic33e-intr-in-aux-flash-alt/.main-meta/main.json‎

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@@ -10,7 +10,7 @@
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"shortDescription":"Intr In AUX Flash Alt",
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"ide":{
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"name":"MPLABX",
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"semverRange":">=5.50.0"
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"semverRange":">=6.00"
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},
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"compiler":{
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"name":"XC16",

‎dspic33e-intr-in-aux-flash-alt/README.md‎

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@@ -20,6 +20,6 @@ Note : There is warning when build the project regarding the Aux_Interrupt. This
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## Software Used
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- MPLAB® X IDE v5.50 or newer (https://www.microchip.com/mplabx)
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- MPLAB® XC16 v1.70 or newer (https://www.microchip.com/xc)
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- MPLAB® X IDE v6.00 or newer (https://www.microchip.com/mplabx)
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- MPLAB® XC16 v2.00 or newer (https://www.microchip.com/xc)
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‎dspic33e-intr-in-aux-flash/.main-meta/main.json‎

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"shortDescription":"Intr In AUX Flash",
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"ide":{
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"name":"MPLABX",
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"semverRange":">=5.50.0"
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"semverRange":">=6.00"
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},
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"compiler":{
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"name":"XC16",

‎dspic33e-intr-in-aux-flash/README.md‎

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This example demonstrates how to handle interrupts in auxiliary flash. Timer1 interrupt is used to demonstrate this.
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aux_int.s - contains the default ISR for all interrupts in Aux flash
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init_timer1.c - initialise timer 1 interrupt
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main.c - contains main and ISR for timer 1
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aux_int.s - contains the default ISR for all interrupts in Aux flash <br/>
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init_timer1.c - initialise timer 1 interrupt<br/>
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main.c - contains main and ISR for timer 1<br/>
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To use this example in your project, include the aux_int.s file.
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@@ -20,6 +20,6 @@ To use this example in your project, include the aux_int.s file.
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## Software Used
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- MPLAB® X IDE v5.50 or newer (https://www.microchip.com/mplabx)
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- MPLAB® XC16 v1.70 or newer (https://www.microchip.com/xc)
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- MPLAB® X IDE v6.00 or newer (https://www.microchip.com/mplabx)
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- MPLAB® XC16 v2.00 or newer (https://www.microchip.com/xc)
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‎dspic33e-rtcc/.main-meta/main.json‎

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"shortDescription":"RTCC",
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"ide":{
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"name":"MPLABX",
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"semverRange":">=5.50.0"
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"semverRange":">=6.00"
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},
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"compiler":{
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"name":"XC16",

‎dspic33e-rtcc/README.md‎

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This code example aims to demonstrate the basic initialisation and operation of the Real Time Clock and Calender (RTCC) module.
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The user has to ensure the presence of a 32.768kHz secondary oscillator for the module to function as desired.
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void RTCCUnlock(void)
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void RTCCUnlock(void)<br/>
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This function enables the time and date value registers to be written
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void RtccInit(void)
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void RtccInit(void)<br/>
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This function initialises the time and date registers to the user defined values
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void RtccRead(void)
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void RtccRead(void)<br/>
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This function enables the time and date registers to be read
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void __attribute__((interrupt, no_auto_psv)) _RTCCInterrupt(void)
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void \_\_attribute\_\_((interrupt, no_auto_psv)) _RTCCInterrupt(void)<br/>
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This is the Interrupt Service Routine of the RTCC module
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User selected bit fields:
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## Software Used
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- MPLAB® X IDE v5.50 or newer (https://www.microchip.com/mplabx)
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- MPLAB® XC16 v1.70 or newer (https://www.microchip.com/xc)
55+
- MPLAB® X IDE v6.00 or newer (https://www.microchip.com/mplabx)
56+
- MPLAB® XC16 v2.00 or newer (https://www.microchip.com/xc)
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